Office of Naval Research Sea-based Aviation: A National Naval Responsibility (NNR) Dr. Thomas J. Beutner, SES Director for Aerospace Sciences Research.

Slides:



Advertisements
Similar presentations
Marine engineers design, operate, maintain, and repair the mechanical systems of ships. Working closely with the architect who designs the ship structure,
Advertisements

Parts of an Aircraft Parts of an Aircraft Gateway To Technology®
Engineering Disciplines © 2012 Project Lead The Way, Inc.Introduction to Engineering Design.
I/ITSEC Orlando, 2012 Stefan Klaes VP Sales Management Rheinmetall Defence.
COSCAP-SA Maintenance Facilities & Job Descriptions.
Distribution Statement A: Approved for Public Release; Distribution is unlimited. 1 Electronic Warfare Information Operations 29 MAR 2011 Val O’Brien.
ME 480 Introduction To Aerospace: Chapter 2 Prof. Doug Cairns.
Emerging Technologies Committee Space Subcommittee Report Inside Aerospace, Washington D.C., May 10, 2011 May 10, 2011 Anthony R. Gross, Chair, ETC – Space.
2015 Small Business Outreach and Industry Day
AT 209 Introduction to Civil Unmanned Aerial Systems (UAS)
JLFANG-LDS Light Dynamic Strikefighter Dr. James Lang, Project Advisor Aircraft Design by Team Bling-Bling Marcus Artates Connor McCarthy Ryan McDonnell.
NASA’s New SOLAR System Helping students launch their future with NASA Student On-Line Application for Recruiting Interns, Fellows and Scholars A Component.
Request for Proposal: Joint Strike Fighter for Australian Air Force JLFANG Black Knight 170 Aerospace Engineering Design I University of California, San.
Programs without software- intensive system research elements Where most of the software- intensive system safety research resides Aeronautics Research.
Air Transportation Systems
Aerospace Engineering By Patrick Ferrell. Aerospace Engineering is the main branch of engineering concerned with the research, design, development, construction,
Parts of an Aircraft Parts of an Aircraft Gateway To Technology®
New Applications of UAVs – A Driving Force Behind Joint Ventures Presented by; Haider Ali Bhatty Deputy Director General, Advanced Engineering Research.
INTRO TO NAVSCI Restricted Line & Staff Officer Communities.
Other Officer Communities
Unmanned aerial systems, what they are and what is available? Professor Sandor M Veres University of Sheffield.
Chapter 22 Air Vehicular Systems.
Unit I Module 2 - NAVAIR RCM Policy and Organization
Cooperative Experience Employment Education (Co-Op) Program Earn While You Learn Naval Air Warfare Center Aircraft Division Patuxent River, Maryland February.
Naval Surface Warfare Center
Institute of Aviation in Warsaw was founded in Activity of the Institute of Aviation is strictly focused on international cooperation, integrating.
Engineering Disciplines
NDIA – Expeditionary Warfare Conference
Aerospace Engineering Department 24/03/1424H 25/05/2003G.
Corporate Management of Facilities Aeronautics Research Mission Directorate (ARMD) Blair Gloss May 3, 2005.
UNCLASSIFIED 1950’s Military assistance from USN 1980’s Stand alone shipbuilding 2010’s Shipbuilding for export Introduction of Korea Navy Logistics &
Personnel Requirements for Implementing the New Triad Robert B. Barker December 15, 2005.
At Lewis Field Glenn Research Center Controls and Dynamics Branch Propulsion Controls and Diagnostics Research at NASA GRC – Status Report Dr. Sanjay Garg.
Presented to: NAVAIR Lakehurst Overview Small Business Round Table 18 November
Airplanes By : Hebron Yam,Justin Minucci. How do airplane work? Problem???
1 Air Force Basic Research in Materials and Structures 22 October 2003 Air Force Office of Scientific Research The Basic Research Manager for the Air Force.
Next Generation ISEA Roadmap
Ship-based UAV Recovery System (SURS) Launch and Recovery of Manned and Unmanned Vehicles from Marine Platforms 2010 Symposium March 8-9, 2010.
Aerospace engineering
Defense Science Board Task Force on Sea Basing. Summary of Conclusions Sea basing - a critical future national competence for assuring access to areas.
Doing Business with the Naval Air Systems Command Presented to: SMART PROC 2015 Presented by: Ken Carkhuff Deputy Associate Director NAVAIR Office of Small.
Introduction to Aerospace – Historical Perspective Dr. Doug Cairns.
1 HIGHER EDUCATION PROGRAMS AT NASA K. E. BLANDING, PH.D. Acting Director, Higher Education Division NASA Office of Education.
Engineering Disciplines
Engineering Disciplines Get out your notes:. Learning Objectives Be able to describe several different engineering fields –General Description –Specific.
ME 440 Aerospace Engineering Fundamentals Hot Topic of the Week.
Targets Office of Secretary of Defense Director of Operational Test and Evaluation Office of Deputy Director for Land Warfare Target Systems Office - Dennis.
A ship’s organization is set up to NS3 Naval Skills Shipboard Organization Unit 2 Chapter 1.
Transportation LandSeaAir. Transportation Transport or transportation is the movement of people and goods from one place to another. The term is derived.
DRAFT Strategic Customer Value Analysis May NAVAIR OVERVIEW INTERVIEW NAVAIR OVERVIEW INTERVIEW.
Utilizing your notes and past knowledge answer the following questions: 1) What part of the aircraft is located on the outer portion of the trailing edge.
CASE STUDY ON “AVIATION” BY VISHAL DESHPANDE VINAY AKKI SHABAZ BHAVIKATTI SHAHASAN NOUSHAD Slide 1.
Cessna Aircraft Differences Training.
High Speed Initiative (Workshop Porto, October 21st, 2016)
Korea Navy Logistics & Future Tasks
Dr. Reginald G. Williams Office of Naval Research September 2017
Maintenance and Availability Data Warehouse (MADW)
NASA Hypersonic Research
Cessna Aircraft Differences Training.
MEG’S FLIGHT GLOSSARY Ailerons Fuselage Thermal Aviator Autopilot
Seabasing…Enabling Operational Maneuver from the Sea
Matching of Propulsion Systems for an Aircraft
Shipboard Composite Repair Challenges
Brandon Maier, Project Manager
USS CARL VINSON AIR DEPARTMENT
Aircraft Conceptual Design Optimization
NSRP Workforce Development Panel – Navy Program Manager Thoughts
Jeff Dutton/NASA COR August 26, 2019
Presentation transcript:

Office of Naval Research Sea-based Aviation: A National Naval Responsibility (NNR) Dr. Thomas J. Beutner, SES Director for Aerospace Sciences Research Division Air Warfare and Weapons Department (Code 35) Office of Naval Research (ONR)

To allow ONR to maintain the health/currency/technical superiority of identified Navy- unique S&T in order that: 1. A robust U.S. research capability to work on long term S&T problems of interest to the Department of the Navy is sustained; 2. An adequate pipeline of new scientists and engineers in disciplines of unique Navy importance is maintained; and 3. ONR can continue to provide the S&T products necessary to ensure future superiority in integrated naval warfare.

(1) Baseline capability of focus area; (2) Program funding and funding trends; (3) Scope of naval responsibility; (4) Scope, degree and stability of non-Navy funding sponsors; (5) Performer base (academia, government, industry); (6) Infrastructure (focus area leadership); (7) Knowledge-base pipeline (graduate and post-doctoral programs); (8) Facilities and equipment (ships, test tanks, etc.); (9) Integration with and/or transition to higher category programs ONR must ensure U.S. world leadership in these few unique areas through research, recruitment and education, to maintain an adequate base of talent and sustain critical infrastructure for research and experimentation. Nomination as NNR S&T areas identified as candidates for NNR status will undergo a detailed review and assessment by a special review board. The program will be assessed in the areas of:

Data Call Support The following questions support our data call. 1.Identify S&T areas currently addressed by your organization which support Sea-based Aviation. 2.Comment on adequacy of your investments/programs to address technical gaps for future Sea Based Aviation requirements or concepts. 3.Identify critical S&T facilities or test resources in your organization which support Sea Based Aviation.

Sea-Based Aviation: Taxonomy Structures Propulsion Propulsion Integration Ship Interface & Operations Avionics & Electronics Air Refueling Aerodynamics GNC/ AutoPilot / Autonomy Design Tools Sea-based Aviation 1.1 Fixed Wing Strike / ISR 1.2 Rotary Wing Lift/Mission 1.3 Fixed Wing Cargo 1.4 Rotary Wing Mission 1.5 Tilt Wing / Engine 1.6 Small Rotary Wing UAV 1.7 Small Fixed Wing UAV 1.8 Fan-in-Wing 1.9 High Supersonic 1.10 Airships / Hybrid Airships 1.11 Powered Parafoils 1.12 Sea Planes 1.13 Submersible Aircraft 1.14 TBD High Loading / Light Weights Composite Repair Material Coating Corrosion Wing / tail Folding / Sweep Fatigue Life Access Panels Structural Mode Characterization Icing Adaptability Survivability Tier 1Tier 2Tier 3Tier 4

Example - Unique Sea-based Aviation Constraints Size, weight – Fixed wing flight deck area – Fixed wing flight deck thermal capacity – Fixed wing flight deck obstructions – Fixed wing flight deck maximum wingspan – Rotary wing amphib hangar size – Fixed wing Hangar size – Rotary wing amphib max rotor size – Rotary wing small deck max rotor size – Rotary wing small deck hangar size – Rotary wing small deck wheel loading – Rotary wing elevator capacity – Fixed wing Elevator capacity Physical interface – Fixed wing Catapult – Fixed wing Arresting gear – Rotary wing RAST – Deck motion – Rotary wing Deck motion Environment – Sea Spray, Salt fog, stack gas – EMI Operations – Fuel – Fixed wing engine response – Fixed wing landing sink speed – Rotor brake – Rotary wing Ditching Maintenance – Fixed wing engine change

Questions / Comments Dr. Thomas J. Beutner, SES Director for Aerospace Sciences Research Division Air Warfare and Weapons Department (Code 35) Office of Naval Research (ONR)